production and control of a multilayered channel chip for 3-Dimensionl thermal field

本研究涉及到以下的组合：·我们找到了SUS316在与扩散结合的3尺寸微反应器中的最佳绑定条件。我们比较了塑料和金属制成的微型反应堆的热性能，并显示了材料的热性能对热交换效应的热行为。我们也可以用一种不同的绑定方法来演示一种扩散键合微型反应堆的更好性能。我们用冷却层制造了100层微型反应堆。在多层微反应堆中安排冷却流通道，可以提高热交换效率。

This research led to the following conclusions :・ We found the optimum bonding conditions for SUS316 in building 3-dimensional micro-reactors with diffusion bonding.・ We compared the thermal performance of micro-reactors made of plastic and metal and showed that the thermal conductivity of the material affects the heat exchange efficiency. We also demonstrated better performance of a diffusion bonded micro-reactor compared to one with a different bonding method.・ We produced a 100 layer micro-reactor with cooling layers. Arranging cooling flow channels in multi-layered micro-reactors can improve heat exchange efficiency.